דרושים מחקרים בנושא משקולות והשפעה על הגובה אצל מתבגרים

[toxicity]

חיפשתי אך לא מצאתי משהו רציני חוץ ממאמרים
דרושים המחקרים עצמם, ממוסדות מכובדים כגון acsm וכו'
תודה מראש

[toxicity]

[Sugarzaza]

אני זוכר דברים ששיקו העלה, תן חיפוש

[toxicity]

עברתי עכשיו על הפוסטים שהוא הגיב לא מצאתי כלום

[Sugarzaza]

מצטער, רק עכשיו שמתי לב שרשמת מחקרים ולא מאמרים
נריץ בדיקה

[Nitro Speed]

Strength training effects in prepubescent boys.
Ramsay JA, Blimkie CJ, Smith K, Garner S, MacDougall JD, Sale DG.

School of Physical Education and Athletics, McMaster University, Hamilton, Ontario, Canada.
Possible changes in muscle size and function due to resistance training were examined in prepubertal boys. Thirteen boys (9-11 yr) volunteered for each of the training and control groups. Progressive resistance training was performed three times weekly for 20 wk. Measurements consisted of the following: 1 repetition maximum (RM) bench press and leg press; maximal voluntary isometric and isokinetic elbow flexion and knee extension strength; evoked isometric contractile properties of the right elbow flexors and knee extensors; muscle cross-sectional area (CSA) by computerized tomography at the mid-right upper arm and thigh; and motor unit activation (MUA) by the interpolated twitch procedure. Training significantly increased 1 RM bench press (35%) and leg press (22%), isometric elbow flexion (37%) and knee extension strength (25% and 13% at 90 degrees and 120 degrees, respectively), isokinetic elbow flexion (26%) and knee extension (21%) strength, and evoked twitch torque of the elbow flexors (30%) and knee extensors (30%). There were no significant effects of training on the time-related contractile properties (time to peak torque, half-relaxation time), CSA, or %MUA of the elbow flexors or knee extensors. There was, however, a trend toward increased MUA for the elbow flexors and knee extensors in the trained group. Strength gains were independent of changes in muscle CSA, and the increases in twitch torque suggest possible adaptations in muscle excitation-contraction coupling. Improved motor skill coordination (especially during the early phase of training), a tendency toward increased MUA, and other undetermined neurological adaptations, including better coordination of the involved muscle groups, are likely the major determinants of the strength gains in this study

[yogiyogi]

פורסם במקור על ידי nitro speed

strength training effects in prepubescent boys.
Ramsay ja, blimkie cj, smith k, garner s, macdougall jd, sale dg.

School of physical education and athletics, mcmaster university, hamilton, ontario, canada.
Possible changes in muscle size and function due to resistance training were examined in prepubertal boys. Thirteen boys (9-11 yr) volunteered for each of the training and control groups. Progressive resistance training was performed three times weekly for 20 wk. Measurements consisted of the following: 1 repetition maximum (rm) bench press and leg press; maximal voluntary isometric and isokinetic elbow flexion and knee extension strength; evoked isometric contractile properties of the right elbow flexors and knee extensors; muscle cross-sectional area (csa) by computerized tomography at the mid-right upper arm and thigh; and motor unit activation (mua) by the interpolated twitch procedure. Training significantly increased 1 rm bench press (35%) and leg press (22%), isometric elbow flexion (37%) and knee extension strength (25% and 13% at 90 degrees and 120 degrees, respectively), isokinetic elbow flexion (26%) and knee extension (21%) strength, and evoked twitch torque of the elbow flexors (30%) and knee extensors (30%). There were no significant effects of training on the time-related contractile properties (time to peak torque, half-relaxation time), csa, or %mua of the elbow flexors or knee extensors. There was, however, a trend toward increased mua for the elbow flexors and knee extensors in the trained group. Strength gains were independent of changes in muscle csa, and the increases in twitch torque suggest possible adaptations in muscle excitation-contraction coupling. Improved motor skill coordination (especially during the early phase of training), a tendency toward increased mua, and other undetermined neurological adaptations, including better coordination of the involved muscle groups, are likely the major determinants of the strength gains in this study

איפה מוזכר כאן העיניין של הגובה?

[Nitro Speed]

"There were no significant effects of training on the time-related contractile properties (time to peak torque, half-relaxation time), csa, or %mua of the elbow flexors or knee extensors"

[yogiyogi]

פורסם במקור על ידי Nitro Speed

"There were no significant effects of training on the time-related contractile properties (time to peak torque, half-relaxation time), csa, or %mua of the elbow flexors or knee extensors"

אתה יכול להסביר מה זה אומר?
מה זה time to peak torque, half-relaxation time), csa, or %mua of the elbow flexors or knee extensors

[toxicity]

מחקר רציני חבר'ה

[eladddi]

חפש על חוק wolf